Analysis of Core Technologies of Industrial Cold Presses: High - Efficiency Energy - Saving Materials and Mechanical Structure Design

28 12,2025
QI ' E Group
Industry Research
This paper delves into the core technologies of industrial cold - pressed screw oil presses for soybean oil. It focuses on the application of advanced mechanical structure design and high - efficiency energy - saving materials to comprehensively enhance the oil extraction rate and energy efficiency. Combining with ISO9001 quality management system certification, the paper elaborates on the operation convenience and maintenance simplicity of the equipment, assisting industrial soybean oil processing enterprises in the scientific purchase and optimal use of cold presses to achieve both stable production and improved economic benefits.
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In the realm of industrial soybean oil production, the choice of a cold - press oil expeller can significantly impact a company's productivity, energy efficiency, and overall profitability. This article delves deep into the core technologies of industrial - grade cold - press oil expellers, with a focus on advanced mechanical structure design and the application of energy - efficient materials.

The Significance of Choosing an Energy - Efficient Cold - Press Oil Expeller

Many industrial soybean oil processing enterprises often face common purchasing questions. Why is it crucial to choose an energy - efficient cold - press oil expeller? In today's competitive market, energy costs account for a significant portion of production expenses. An energy - efficient expeller can reduce energy consumption by up to 30% compared to traditional models, according to industry data. Moreover, a high - efficiency expeller can increase the oil output rate, which means more oil can be extracted from the same amount of soybeans. For example, some advanced cold - press oil expellers can achieve an oil output rate of over 90%, while traditional ones may only reach around 80%.

Industrial cold - press oil expeller in operation

Core Technologies for Energy Efficiency and High Oil Output

Optimized Screw Shaft Structure

The screw shaft is the heart of the cold - press oil expeller. By optimizing its structure, the pressure distribution during the squeezing process can be improved. For instance, a well - designed screw shaft can increase the pressure on soybeans gradually, which not only helps to extract more oil but also reduces energy waste. Advanced screw shaft designs can reduce energy consumption by 15 - 20% and increase the oil output rate by 5 - 10%.

Material Selection

The choice of materials for the expeller components is also crucial. High - strength and low - friction materials can reduce mechanical losses during operation. For example, using special alloy steels for the screw shaft can increase its wear resistance and reduce energy consumption caused by friction. Some new materials can reduce friction by up to 25%, which directly contributes to energy savings.

Sealing System Technology

A good sealing system can prevent oil leakage and ensure the normal operation of the expeller. Advanced sealing technologies can reduce oil loss by up to 5%, which not only improves the oil output rate but also maintains a clean working environment.

Components of the cold - press oil expeller

Comparison of Energy - Saving Effects: Traditional vs. New Cold - Press Oil Expellers

Let's take a real - world example. A medium - sized soybean oil processing factory replaced its traditional oil expellers with new energy - efficient cold - press oil expellers. After the replacement, the factory reduced its monthly energy consumption from 50,000 kWh to 35,000 kWh, a reduction of 30%. At the same time, the oil output rate increased from 82% to 92%, which significantly improved the factory's profitability.

Operation and Maintenance of Cold - Press Oil Expellers

Proper operation and maintenance are essential for the long - term performance of cold - press oil expellers. The new expellers are designed with user - friendly interfaces, which make them easy to operate. For example, the control panel is intuitive, and operators can quickly master the operation skills. In terms of maintenance, the expellers are designed for easy disassembly and assembly, which reduces maintenance time and costs. Regular maintenance can extend the service life of the expellers by up to 5 years.

Maintenance of the cold - press oil expeller

ISO 9001 Certification: A Guarantee of Quality and Stability

The cold - press oil expellers with ISO 9001 certification ensure high - quality production processes and stable operation. This certification means that the products meet international quality standards. It guarantees that the expellers have strict quality control during production, which reduces the probability of equipment failure. Products with ISO 9001 certification have a failure rate of less than 1%, which provides reliable support for continuous production in industrial enterprises.

Multi - Industry Applicability and Quality Control

In addition to the soybean oil industry, these cold - press oil expellers are also suitable for the food and pharmaceutical industries, which have high requirements for product purity. The expellers can meet the strict quality control requirements of these industries, ensuring that the extracted oil meets the high - standard purity requirements.

With advanced design and authoritative ISO 9001 certification, these industrial - grade cold - press oil expellers can help enterprises achieve high - efficiency energy - saving and quality assurance. If you are looking for a reliable cold - press oil expeller for your industrial production, click here to learn more.

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